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Jet engines / Fluid dynamics / Spacecraft propulsion / Scramjet / Exergy / Combustor / Ramjet / Hypersonic speed / NASA X-43 / Aerospace engineering / Aviation / Aerodynamics


Exergy Methods for the Generic Analysis and Optimization of Hypersonic Vehicle Concepts
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Document Date: 2005-02-17 10:35:57

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File Size: 1,58 MB

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City

Exergy / /

Company

Spakovsky / Air Force Research Laboratory / /

Currency

pence / /

Facility

Air Force Research Laboratory / Virginia Polytechnic Institute / State University / Laboratory of Industrial Energy Systems / University of Missouri-Rolla / /

IndustryTerm

gas specific power / aerospace systems / energy exchange / aerospace vehicle / optimization software / hypersonic vehicle sub-systems / kinetic energy efficiency / /

NaturalFeature

Optimal inlet / /

Organization

U.S. Air Force office of Scientific Research / Ecole Polytechnique Federale de Lausanne / State University / Hypersonic Vehicle Sythesis\Design Thesis Objectives CHAPTER / Laboratory of Industrial Energy Systems / University of Missouri / NOMENCLATURE CHAPTER / EA CHAPTER / Center of Gravity Estimation / Polytechnic Institute / /

Person

Keith Brewer / Neil / Lewis / Michael von Spakovsky / Jose Camberos / Kyle Charles Markell iii / David Moorhouse / David Riggins / Lauren / Virginia Keywords / Michael Ellis / /

Position

advisor / Artist / Chair / General / /

Product

A-1 Optimal / X-43A / B-1 / F-5E / B-2 / /

ProvinceOrState

Missouri / /

TVStation

Kyle / /

Technology

2.1 Evolutionary Algorithms / thermodynamics / ATM / Simulation / CAD / /

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